Category: The future

Nobeltec Furuno PC-Radar was announced at the Miami boat show, but I don't think it's gotten the recognition it should. Yes, it's like the Furuno MaxSea PC Radar that came to Europe in 2013, but now the feature/cost proposition seems to fit a wider range of boats, plus it's actually available over here. It's also noteworthy that Nobeltec's TimeZero v2 app is now out with support of Furuno WiFi radar and it's interesting to see how these two radar solutions compare. It looks to me like Nobeltec and Furuno are blazing two distinct paths to primary limited visibility navigation without multifunction displays...

Wow! Today the National Marine Electronics Association -- also known as NMEA, or IMEA for its International reincarnation -- announced recognition of the Signal K open source marine data project. It's clearly not an endorsement, but it does provide clear methods to gateway NMEA 2000 boat data to the Internet-friendly universal marine data model that Signal K is about. And that's plenty good enough, I think. In fact, as the title above wonders, this may turn out to be a very big deal. I also think it marks a nice evolution for NMEA. Though criticism of this trade and standards organization from outside the small world of hardcore marine electronics has largely been unfair, NMEA could do better fitting into the much bigger and faster-moving data/app universe, and now they're trying harder...

Panbo's first entry about Simrad's unique solid-state open-array Halo radar tried to cover the promised features. Now I'll try to explain how it works, with the huge benefit of slides made available to me by Navico sr. product manager and engineer Don Korte, who I first met when Broadband (3G/4G) radar was introduced in 2009. I'm starting with the image above because that's not just Navico marketing; it would be hard to overstate Don's enthusiasm for Halo as he led me through the presentation. It was a teleconference but I'm pretty sure he was jumping up and down as I slowly got some of the concepts and he answered my smarter questions with a hearty "YES!"...

This is big. Today Simrad announced the first recreational solid-state open-array radar and it seems to be a humdinger. In January I got to see Halo in action aboard the same Yellowfin 36 seen above in a screen grab of Simrad's informative Halo video, and I've also met twice with members of the engineering team. In fact, there are so many features with so much complex technology behind them that this entry will only attempt to cover what Halo hopes to do for you; next week we'll get into how it works. And yes, this radar does include blue LED accent lighting, if you want it, but that's just the bling...

I've been cogitating a lot about crowdsourced depth data lately, including the realization that "community sourced" is a better term. Whatever it's called, Navionics in particular has made it wonderfully easy to collect and share sonar files and especially wow with the Vexilar integration. But the business stakes are high and thus we have the frustration of Navionics and Garmin butting heads. Upon further contemplation, a wistful thought from that last entry -- "Wouldn't it be great if we could upload our data to some service that would make it available to any chart developer?" -- seems not only important to avoiding further messes and helping this technology proliferate, but also quite possible...

Please credit the U.S. Coast Guard with a sense of humor. The (NOA and) AIS Final Rule may be a dry read, but not last week's email announcement, which began with the giddy declaration "4,232 days in the making!" I don't know why the rulemaking process took so long, and it may have been most frustrating for those who do, but I'll still be glad to have more of the commercial vessels working along our coasts equipped with AIS. It won't happen fast, though -- vessels newly required to carry Class A or B AIS transponders can take until March 2016 to install them -- and the number of such vessels seems uncertain...

Yes, iPad navigation fans, that is Furuno 1st Watch WiFi Radar overlaid on the Nobeltec TimeZero charting app. I wasn't even sure that an iPad could overlay radar over a simple vector chart, but here it is over a finely rendered raster chart blended with hi-res satellite photos. This is virtually the same mix of navigation data that I've found so useful on a Furuno TZT and the short demo file I saw running in Fort Lauderdale suggested that it may pan and zoom (and even go 3D) almost as smoothly on an iPad. It's a major advance in tablet navigation, I think, but the TimeZero app update coming next spring has more to brag about...

I see a lot of marine electronics and I'm hard to impress. There's a lot of the new, faster, bigger and brighter appearing every year. However I get very enthused when I see real innovation appear. CHIRP sounder technology and WiFi enabled chart plotters are a couple of excellent examples. But now there is Signal K, and I'm really excited. This is potentially a game changer on a grand scale, and I'll attempt to explain what's happening and its long term implications for your boat.

One of many technologies I was glad to learn more about at the NMEA Conference was Furuno's unique DRS4W 1st Watch Wireless Radar. While it was introduced in Europe last March, FurunoUSA still hasn't listed it online and for a while I thought they might not carry it at all. Furuno's regional distributors seem to have some leeway in this regard, which apparently is why the Furuno MaxSea PC Radar system that Kees Verruijt covered for Panbo is not available in North America. In recent comments to that same 2013 entry you'll find some strong reservations about the DRS4W concept and even myself writing, "I don't see the problem the Furuno WiFi Radar is solving." My skepticism wanes as I learn more, but still 1st Watch seems like a confusing bundle of limitations and possibilities. Let's discuss...

Right now it's possible to come upon an unmanned surface vessel (USV) like this trying to navigate waterways all over the world, though rest assured that there will be a boatload of attentive geeks nearby. That's because fifteen student/professor engineering teams from five countries have been given a basic 16-foot WAM-V articulating catamaran to which they are adding propulsion and control systems for the upcoming Maritime RobotX Challenge in Singapore. The contest strikes me as a great way to accelerate robotics development, but of course one eventuality would be unmanned vessels roaming the coasts. In fact, that may already be happening...